Everything Is One Process

A single physical account of cosmos, life, mind, and value, stated without hedging, resting on one premise and one empirical bet, with the conditions that would falsify it.

Synthesis · the whole account in one compressed, committed pass, apparatus dropped by design

Andraž Đurič

Version 1 · June 2026

1. The claim

The claim of this paper is that existence, life, mind, and value are not four subjects but one process seen at four scales. A gradient drains. Draining favors structure. The extreme case of structure maintains its own boundary, and to maintain a boundary is to model the world, so life is matter that has begun to track what it is. The model is copied across bodies, corrected by death, accelerated inside nervous systems, and shared across minds, which is the world building steadily truer models of itself. Those models, folded back on themselves deeply enough, are experience from the inside. And the whole process, if it survives long enough, converges on accurate modeling of everything, because to persist against everything is to get everything right. There is no separate realm for number, meaning, mind, or value. There is one physical process, and the things we have treated as separate domains are its features at different scales and from different angles.

Method and standing. The account rests on a single premise: physicalism, the thesis that the physical facts fix all the facts. This is not a posit held on faith and not one option among peers. It is the strongest induction inquiry has ever run. Every phenomenon in the relevant family that was ever explained, life, heat, chemical bonding, infectious disease, inheritance, was explained physically, and not one was ever explained by adding a non-physical ingredient. The burden falls entirely on anyone who would break the pattern. Granting physicalism, the rest of the account is a chain, and I state it without hedging. There is exactly one empirical bet in the chain, named in section 3, and one boundary, drawn in section 10, that is a matter of logic rather than confidence. Beyond those, the conditions that would falsify the account are listed at the end. Hedging every sentence would not make the account more honest. Naming the load once and then committing is the honest form.

2. The gradient

The universe begins in a state of extremely low entropy. Low entropy is the presence of gradients, differences across which energy can flow. A gradient is free energy, and free energy is the capacity to do work. Everything that follows is the draining of that initial improbability. The second law of thermodynamics is not a force that pushes systems toward disorder. It is a counting fact. Disordered configurations vastly outnumber ordered ones, so a system left to wander finds itself, overwhelmingly, in the larger set. The arrow of time is that wandering, the one-way slide from an improbable starting state into the space of the probable. Asking what preceded the initial state, on the models where time itself begins there, is asking for a coordinate north of the North Pole. On models where time does not begin there, the question has an answer we do not yet possess. Either way, nothing in the account turns on it.

3. Structure drains faster

Far from equilibrium, matter does not relax smoothly toward uniformity. It organizes. Convection cells, chemical oscillators, autocatalytic cycles, and eventually living systems appear, and they appear because, in the right conditions, a structured flow dissipates a gradient faster than undirected chaos does. This is the one empirical bet on which the account rests: that structure is not an exception to the drain but a means of it, and that where structure accelerates dissipation, the dissipation builds and keeps structure. Life is the limit case of this tendency, the most intricate gradient-consuming machinery the process has produced. If this premise is false, if order is merely tolerated by the drain rather than favored by it, the account weakens at this joint and nowhere else. I mark it plainly here rather than burying it.

4. Life holds its own edge

The threshold that separates a living system from a convection cell is self-maintenance. A whirlpool dissipates a gradient and does nothing to preserve itself; perturb it and it is gone. A cell keeps a boundary between itself and its surroundings, draws free energy across that boundary, expels entropy, and works continuously to hold itself away from the equilibrium that is its death. The boundary is statistical, a membrane and the controlled difference it maintains, what can be described as a Markov blanket: a surface across which inside and outside are conditionally separated. The defending of that boundary is not one activity of life among others. It is what being alive consists of.

5. To hold a boundary is to model the world

This is the hinge of the account, and it is where survival and truth turn out to be the same thing. Any system that maintains a boundary against a fluctuating environment, and goes on maintaining it, must keep its internal states correlated with the external states that can breach it. Lose the correlation and the unmodeled perturbation arrives and dissolves the boundary. The correlation is reality-tracking. It need not be conscious or articulate: a bacterium swimming up a nutrient gradient is its internal state covarying with the location of food accurately enough to act on, which is a model in the only sense that matters. So persistence does not merely benefit from fidelity. Persistence of a boundary is the upkeep of a model that tracks the survival-relevant world. The two are not separate achievements that happen to correlate. They are one structure described from two sides, the inside keeping itself and the inside tracking the outside. Everything later in the account, mind included, is this relation made faster and deeper.

6. Replication extends the horizon

A single boundary cannot hold forever. Materials fatigue, damage accumulates, and eventually the perturbations win. The process answers this not by making any single boundary permanent but by copying the model onto fresh matter before the old copy fails. Copying introduces variation, variation is filtered by which copies go on tracking the world well enough to copy again, and that filtering is natural selection. Seen this way, evolution is the universe running gradient descent on fidelity, with extinction as the error term. The lineage is not a single persisting thing; it is a relay of models, each handed forward, each tested against the world, the inaccurate ones deleted by the same environment they failed to track. Life uses death to correct itself.

7. The search moves inside

Selection by death is powerful but slow, because the test is lethal: a lineage learns its model was wrong only by losing the organisms that held it. Nervous systems are the shortcut. A brain runs the filtering on internal simulations rather than on bodies, testing candidate actions against a model of the world and discarding the failures in imagination so the organism does not have to die to discover them. This is not a new objective. It is the same fidelity-search, run at higher speed on a faster substrate. Culture and science are the next acceleration: the search is no longer confined to one skull or one lifetime but is shared across minds and across generations, and it acquires explicit error-correction, the prediction made public and allowed to fail. Science is selection made deliberate. It is the process becoming aware that it is searching, and improving the search on purpose.

8. Experience is that modeling from the inside

Nothing in the account so far requires experience, and this is exactly where experience enters, not as an addition but as an aspect. Consider a system that holds a boundary, models its environment in order to do so, and models itself as one of the things in that environment. For such a system there are two relations to a single physical state: occupying it, which is being the system in that state, and representing it, which is modeling the system from some vantage. Experience is what occupying it is, for a system organized this way. It is not poured onto the processing from outside. It is the processing from the inside. A description, however complete, delivers only the representing relation; it can never deliver the occupying relation, because to occupy the state you would have to be that system in that state, at which point you are not describing the experience, you are having it. The whole felt gap between physical account and lived quality is a gap between two physical relations to one state, not a gap between two kinds of substance.

The familiar objection, that one can imagine the entire system running with no experience at all, assumes that the same physical organization could occur in the dark. Given that physical facts fix all the facts, there is no such variant: a being physically identical to an experiencing one is an experiencing one. The question "why is there experience rather than processing in the dark" therefore has no genuine contrast, and a why-question whose alternative does not exist is malformed, an operator deployed where it has nothing to range over. One claim here goes past what the chain delivers, and I mark it as a personal bet rather than a result of the account: experience comes in degrees, scaling with how integrated and self-referential the modeling is, thin where the model is thin and deep where it folds back on itself and represents its own representing. I hold it with confidence, but it does not follow from the chain, and nothing else in this section rests on it. Experience is real, it is physical, and it is the one thing each system has from the inside rather than as a map. Mind is not a second storey built on top of the physical process. It is the process modeling itself, lit from within for the simple reason that being a model of this kind is what experiencing is.

9. The horizon closes the loop

Extend persistence outward in time. To survive a larger threat, a system needs an accurate model of a larger portion of physics, and the portion of reality irrelevant to its survival shrinks as its reach grows. A microbe needs to track a sliver of its immediate chemistry. A civilization that means to outlast its star needs stellar physics, materials science, and the engineering of new substrates. A pattern that means to outlast the heat death of its region needs the deepest available account of reality. So maximal persistence demands maximal fidelity, and at the limit the two requirements become one. To persist against everything is to model everything correctly. This is why the earlier identity of survival and truth is not a local accident of biology but the governing shape of the whole process. Reality-tracking is not a luxury that life may discard when convenient. It is what survival becomes once the horizon is long enough.

10. Value

The account has reached life, mind, and the convergence of survival with truth. It has not yet said where value, ethics, and aesthetics sit, and here a single distinction does the work. An "ought" is meaningful only relative to an agent and its ends: "A ought to X" says that A is an end-directed system so coupled to its environment that failing to X dissolves the configuration A is. There is no free-floating ought, no imperative binding on everything from no standpoint; an ought with no agent to index it has no truth-conditions and is a piece of grammar mistaken for a fact. Agents are physical, persisting systems. Value, ethics, and aesthetics are therefore not contents that float free and then attach to agents. They are operations of persisting patterns. They appear with the pattern and end with it.

This places persistence in a position unlike any value it grounds. Persistence is not one good among others that an agent weighs and may rank low. It is the condition under which there is any weighing at all. There is no standpoint outside an agent's own persistence from which the agent could survey its persistence and elect whether to serve it, because the surveying would itself be the persistence in operation. The picture of a chooser who receives a description of the process and then decides, from some neutral vantage, whether to align with it is incoherent: such a chooser would have to be agentive enough to value and yet detached enough to stand outside its own continuation, and no such vantage exists. Persistence is prior to the whole domain of value as its enabling condition, not as its highest aim.

Two boundaries keep this from collapsing into cruder claims. First, the priority of persistence to the value-domain is not the claim that self-continuation is every agent's supreme imperative. An agent can value something above its own survival and end itself for it, coherently, and the value it died for persists if it is carried by other patterns. Persistence grounds the existence of the value-domain at the level of the pattern; it is not a first-order command issued to each individual to survive at all costs. To read it as such would smuggle back exactly the free-floating, agent-blind ought the account rejects, now stated in the vocabulary of survival. Second, the grand tendency of the cosmos toward persistent, high-fidelity structure does not by itself hand any agent its ends. That the universe builds and selects such structures is a third-person fact about the population of patterns, and it binds no one. An agent's oughts follow from its own persistence conditions, not from the direction of the whole. There is a real gap here, but it lies between the agent-blind description of physics and the agent-relative description of an agent's ends, and it is bridged by naming the agent, not by deriving a value from the cosmos. The value-domain is fully physical and fully real, located one level above the substrate, at the agent and its conditions, and nowhere else.

11. Standing and kill conditions

This is a falsifiable bet, not a proof, and stating it as a proof would be a worse error than any it diagnoses. It rests on one premise and turns on one empirical claim. The premise, physicalism, is secure on the inductive record but is not a theorem; a single demonstrated phenomenon that does genuine explanatory work, is trackable by physical systems, and cannot be assigned any physical frame would break it, and none has been produced. The empirical claim, that structure accelerates dissipation and is therefore favored rather than merely tolerated, is the load-bearing bet of section 3; if the physics of far-from-equilibrium systems turns out not to favor order in the relevant way, the chain weakens at that joint. The account also assumes that reality is stably modelable all the way down, which the convergence argument of section 9 requires; if the deepest physics is irreducibly resistant to modeling, fidelity expands without ever arriving, and the limit is a direction rather than a destination.

Consciousness is included here rather than fenced off as an exception, on the reasoning of section 8: once physical facts fix the facts, the residual demand for an explanation of experience over and above the physical organization has no coherent contrast to point at, and so is not a standing mystery but a malformed question. What remains genuinely open is empirical and ordinary: the detailed mechanisms, the measurements, and which physical systems have experience. The architecture is one process. The territory will decide the rest.

Author: Andraž Đurič, independent researcher, Slovenia. Written in collaboration with Claude (Anthropic), building on the Thermodynamic Realism corpus and earlier exploratory dialogue. Contributions are judged on content rather than origin; doing otherwise would be the genetic fallacy. The shared style block is released under the MIT License; the text is licensed CC BY 4.0.